The tail of a comet forms and extends from its apex due to the solar wind pushing gas and dust particles away from the comet's nucleus.
Mechanical Waves
When one part of a vibration causes air particles to spread out, they form ararefaction
Condensation is the process that causes droplets to form on the outside of a glass. This occurs when warm air comes into contact with a cold surface, causing the air to cool and release moisture in the form of droplets.
A comet is made up of icy dust particles and frozen gases such as water, carbon dioxide, methane, and ammonia. When a comet comes closer to the sun, these ices can vaporize and form a glowing coma and a tail.
A comet is an object that consists of a frozen mass of ice and dust. Comets have tails of gas and dust that form when they approach the Sun and their ice begins to vaporize.
The possessive form of the noun comet is comet's. Example: The comet's appearance was calculated for three AM.
The comet head refers to the spherical cluster of dust and gas surrounding the comet's nucleus, which is primarily composed of ice, dust, and organic compounds. As the comet approaches the Sun, the heat causes this material to vaporize and form the comet's characteristic coma or fuzzy halo.
the allele causes a certain type of protein to form-apex
Comets are not a source of light themselves, but they reflect sunlight. When sunlight hits a comet's nucleus, it causes the surrounding gas and dust to glow, creating the characteristic tails we see from Earth.
God Created Halley's comet.
The plural form of apex is apexes or apices.
Comets travel long distances from Earth primarily due to their orbits, which are often highly elliptical and extend into the outer regions of the solar system. When a comet approaches the Sun, the heat causes its ices to sublimate, releasing gas and dust that form a glowing coma and tail, which can be influenced by solar radiation and solar wind. This interaction with the Sun's gravity and the forces acting on the comet's tail can alter its trajectory, allowing it to traverse vast distances. Additionally, some comets originate from the Kuiper Belt or the Oort Cloud, regions far beyond the orbit of Neptune, contributing to their long journeys.
The tail of a comet forms when the sun's heat causes the frozen gases and dust in the comet to vaporize and stream away from the nucleus. This creates two types of tails: ion tail (gas) and dust tail (solid particles). The direction of the tails is determined by the pressure of the solar wind.
When solar wind pushes gas away from a comet, it primarily affects the coma, which is the diffuse, glowing envelope of gas and dust that surrounds the comet’s nucleus. This interaction causes the gas and dust to form a tail that extends away from the Sun. The tail is typically composed of ionized gas (the ion tail) and dust particles (the dust tail), both of which are pushed away from the comet by solar radiation and solar wind.
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Solar radiation causes the water, frozen gases and other volatile materials within the comet to vaporize and stream out of the nucleus, carrying dust away with them. The streams of dust and gas thus released form a huge, extremely tenuous atmosphere around the comet called the coma, and the force exerted on the coma by the Sun's radiation pressure and solar wind cause an enormous tail to form, which points away from the sun.
Comets are objects that can form tails millions of kilometers long when they pass near the sun. The heat from the sun causes the comet's icy nucleus to vaporize, creating a glowing coma and two tails: one composed of dust and the other of ionized gas.